Description
Product Overview
Omicron’s 133047 model is a high-performance borosilicate glass fiber filter designed for demanding laboratory environments. The binder-free construction ensures that the filter media does not introduce any contaminating substances, preserving sample integrity. With a precise 1.2um pore size and a standard 47mm diameter, this filter fits a wide range of lab apparatus, from vacuum filtration units to syringe filters. The glass fiber membrane offers exceptional chemical resistance, allowing it to handle aggressive solvents and harsh reagents without degradation. Its robust design supports high flow rates, reducing processing time while maintaining consistent particle retention. The pack of 100 units provides ample supply for routine testing, method development, and large‑scale projects, delivering cost‑effective reliability for scientific teams.
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Usage
This filter excels in applications such as sample preparation, clarification, and sterilization in chemistry, biology, and environmental testing labs. It is ideal for filtering aqueous solutions, organic solvents, and suspensions where fine particulate removal is critical. Researchers can employ the filter in vacuum manifolds, gravity filtration setups, or automated filtration systems, benefiting from its low back‑pressure and uniform flow distribution. The 47mm size aligns with standard filter holders, simplifying integration into existing workflows. Whether conducting drug discovery assays, quality control of raw materials, or monitoring water quality, the Omicron 133047 filter provides dependable performance that meets stringent analytical standards.
Why Choose Us
Choosing Omicron means selecting a brand with decades of expertise in filtration technology. Our glass fiber filters are manufactured under strict quality controls, ensuring each membrane meets exact pore size specifications and structural integrity. The binder‑free design eliminates the risk of leaching, a common concern with polymer‑based filters. We back our products with comprehensive technical support, offering guidance on optimal filtration protocols and troubleshooting. Additionally, our filters are tested for compatibility with a broad spectrum of chemicals, guaranteeing durability even under aggressive conditions. By partnering with Omicron, laboratories gain access to reliable, reproducible filtration solutions that enhance experimental accuracy and efficiency.
Key Features
- Binder‑free construction prevents contaminant leaching, preserving sample purity.
- Precise 1.2um pore size ensures reliable removal of fine particles.
- Durable borosilicate glass fiber offers excellent chemical resistance for aggressive solvents.
- Standard 47mm diameter fits common filter holders, simplifying equipment integration.
- Responsive customer support and technical assistance for seamless laboratory implementation.
FAQ
What types of solvents can the filter handle?
The Omicron 133047 filter is compatible with most aqueous solutions, organic solvents such as methanol, ethanol, acetone, and even stronger acids and bases, thanks to its chemically resistant glass fiber matrix.
Can the filter be reused?
These filters are intended for single‑use applications to guarantee optimal performance and avoid cross‑contamination. For repeated use, a different filter type designed for regeneration should be selected.
What is the maximum flow rate recommended?
While the filter supports high flow rates, it is recommended to maintain a flow that does not exceed 10 mL/min per 47mm filter to ensure consistent particle capture and prevent membrane rupture.
Is the filter compatible with vacuum filtration systems?
Yes, the 47mm size is standard for vacuum filtration setups, and the binder‑free glass fiber membrane tolerates the pressure differentials commonly used in laboratory vacuum applications.
How should the filter be disposed of after use?
After filtration, the used filter should be placed in a designated hazardous waste container if it has contacted hazardous chemicals, or disposed of according to your institution’s standard laboratory waste protocols.
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